WO2017173695A1 - 浮力发电的装置 - Google Patents

浮力发电的装置 Download PDF

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Publication number
WO2017173695A1
WO2017173695A1 PCT/CN2016/081197 CN2016081197W WO2017173695A1 WO 2017173695 A1 WO2017173695 A1 WO 2017173695A1 CN 2016081197 W CN2016081197 W CN 2016081197W WO 2017173695 A1 WO2017173695 A1 WO 2017173695A1
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propulsion
storage tank
power generation
liquid storage
liquid
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PCT/CN2016/081197
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English (en)
French (fr)
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李达才
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李达才
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Publication of WO2017173695A1 publication Critical patent/WO2017173695A1/zh

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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03B—MACHINES OR ENGINES FOR LIQUIDS
    • F03B17/00—Other machines or engines
    • F03B17/02—Other machines or engines using hydrostatic thrust
    • F03B17/04—Alleged perpetua mobilia

Definitions

  • the invention relates to a power generation device, in particular to a device for buoyancy power generation.
  • Electric energy is one of the indispensable energy sources in today's society. All the items that are closely related to human beings, such as computers, mobile phones, televisions, electric lights, etc., need to rely on electric energy to function. As technology advances faster and faster, Various items that rely on electrical energy are also produced. Most of today's electric energy is dependent on thermal power generation, which uses thermal energy generated by burning coal, oil, natural gas and other fuels to convert into mechanical energy. The mechanical energy is then converted into electrical energy by the generator for human use.
  • thermal power generation which uses thermal energy generated by burning coal, oil, natural gas and other fuels to convert into mechanical energy. The mechanical energy is then converted into electrical energy by the generator for human use.
  • thermal power generation which uses thermal energy generated by burning coal, oil, natural gas and other fuels to convert into mechanical energy. The mechanical energy is then converted into electrical energy by the generator for human use.
  • thermal power generation which uses thermal energy generated by burning coal, oil, natural gas and other fuels to convert into mechanical energy. The mechanical energy is then converted into electrical energy by the generator
  • the technical problem to be solved by the present invention is to provide a device for buoyancy power generation in view of the above-mentioned deficiencies existing in the prior art.
  • the invention provides a buoyancy power generation device, comprising: a liquid storage tank, a generator set disposed above the liquid storage tank, and one or more propulsion units, wherein the liquid storage tank is provided with liquid and is at the bottom of the liquid storage tank
  • the utility model is provided with a passive toothed disc, and the liquid storage tank is fixed with a shifting rod adjacent to the side wall of the passive toothed disc, and the upper end of the liquid storage tank is higher than the generator set, and the sensing component is connected with the touch a generator module is internally provided with a power generation module, and the upper end of the liquid storage tank is higher than the liquid protrusion, and a linkage toothed disc is connected with the power generation module, and a chain loop is formed around the linkage toothed disc and the passive toothed disc.
  • more than one propulsion unit is sequentially installed on the outer circumference of the chain, and the one or more propulsion units each have a bracket for mounting the propulsion member and a clamping bracket for fixing the airbag body, and the bracket is provided with a control for opening and closing of the propulsion member. Pulling the handle to control the opening and closing of the propulsion member, the bracket is further provided with a hose for conveying the discharge of the propelling member to achieve the transmission of the discharge of the propelling member, and the clamping bracket is provided with an airbag bag with a bag opening facing the bracket Body, the hose extension Airbag bag body to achieve pusher accommodating emissions.
  • a device for buoyancy power generation is constructed.
  • the propulsion member of the propulsion unit is a high-pressure gas cylinder, and the gas is driven into the airbag body along the hose through the opening of the handle, thereby providing a propulsion power in the liquid.
  • the propulsion member of the propulsion unit is a chemical agent that is released by the trigger of the pull handle to burn the chemical agent and is driven into the air bag body along the hose to provide a propulsion power in the liquid.
  • a side wall of the reservoir has a replacement unit above the liquid to provide replacement of the pusher.
  • the propulsion unit Compared with the efficacy of the prior art: compared with the efficacy of the prior art: (1) the propulsion unit reaches the inflated state of the airbag body through the propelling member, and when the propulsion unit is located at the rising end of the chain, the buoyancy generated by the airbag body is utilized. Floating upwards, and then pulling the chain and driving the linked gear to achieve the uninterrupted power generation of the generator set, thereby achieving power generation through a simple structure, greatly reducing the cost and process of manufacturing, processing and assembly, and also reducing Container volume, reduce space occupancy, for effective use.
  • the propulsion unit rises through the linkage toothed disc, it is firstly sensed by the sensing member, and then the lever is used to reset the lever to form a closed state of the propulsion member, and when the airbag body is gradually immersed in the liquid. Because the mouth of the bag is formed upward, the gas can be discharged through the liquid pressure, thereby avoiding residual air inside the air bag body and affecting the balance turbulence state of the chain, effectively preventing the power from being cancelled, improving the efficiency of pushing the power of the propulsion unit, and making the chain It can be continuously pulled to achieve the sustainable power supply of the generator set.
  • Figure 1 is a schematic illustration of the invention.
  • FIG. 2 is a schematic view showing the handle of the pusher of the present invention being toggled by the lever.
  • Figure 3 is a schematic view of the pusher of the present invention driving gas into the airbag body through a hose.
  • FIG. 4 is a schematic view of the propulsion member of the present invention being sensed by the sensing member through the interlocking toothed disc 21.
  • Fig. 5 is a schematic view showing the pull handle of the pusher of the present invention being toggled by the toggle lever.
  • Figure 6 is a schematic view of the air bag body of the present invention to be immersed in a liquid.
  • Fig. 7 is a schematic view showing the air bag body of the present invention immersed in a liquid and discharging air.
  • Figure 8 is a schematic view of the present invention for removing a depleted pusher member from a bracket by a replacement unit.
  • Figure 9 is a schematic view of the present invention embedding a pusher into a bracket by a replacement unit.
  • a buoyancy power generation device of the present invention includes: a liquid storage tank 10, a generator set 20 disposed above the liquid storage tank 10, and one or more propulsion units 30.
  • the liquid tank 10 is provided with a liquid 11 and a passive toothed disc 12 is disposed at the bottom of the liquid storage tank 10.
  • the liquid storage tank 10 is fixed with a lever 13 adjacent to the side wall of the passive toothed disc 12, and is further disposed at the upper end of the liquid storage tank 10.
  • the generator set 20 is provided with a sensing member 14 and a toggle lever 15 connected by the sensing component 14.
  • the generator set 20 is internally provided with a power generating module (not shown) and is high at the upper end of the liquid storage tank 10.
  • An interlocking toothed disc 21 is arranged on the liquid 11 to be connected to the power generating module, and a chain 22 is wound around the interlocking toothed disc 21 and the driven toothed disc 12 to form a linkage.
  • One or more propulsion units 30 are sequentially mounted on the chain.
  • the outer peripheral portion of each of the plurality of propulsion units 30 has a bracket 32 for mounting the propulsion member 31 and a holder 34 for fixing the airbag body 33.
  • the brackets 32 are adjacent to the holder 34 and are provided with a handle 321
  • the opening and closing of the pushing member 31 further reaches the discharge of the discharge of the propelling member 31 through a hose 322, and the clips are
  • the frame 34 is provided with a bag mouth 33 facing the bracket 32, and the bag opening 322 is inserted into the bag body 33 to accommodate the discharge of the pusher 31.
  • the pusher 31 is provided. In the case of a high-pressure gas cylinder, gas is driven into the airbag body 33 along the hose 322 by the opening of the pull handle 321, so that the propulsion unit 30 can provide a propulsion power in the liquid 11.
  • the propulsion unit 30 is sequentially mounted on the outer circumference of the chain 22, and the chain 22 is looped on the interlocking gear 21 and Between the passive toothed discs 12, the chain 22 has a sinking end and an ascending end, so that when the propulsion unit 30 is at the sinking end of the chain 22, the pusher 31 is located above the airbag body 33, and the airbag body 33 is provided.
  • the bag opening is formed in an upward state.
  • the propulsion unit 30 enters the rising end through the passive toothed disc 12, the pushing member 31 is located below the airbag body 33, and the pocket of the airbag body 33 is formed downward.
  • the propulsion unit 30 when the propulsion unit 30 is immersed in the liquid of the liquid storage tank 10 by the interlocking toothed disc 21, the propelling member 31 is in a closed state, and is sunk by the weight of the propelling member 31, thereby driving the chain 22 to connect.
  • the movable toothed disc 21 and the movable toothed disc 12 rotate, and when the propulsion unit 30 enters the rising end of the chain 22 through the passive toothed disc 12, the pull handle 321 of the bracket 32 is dialed by the side of the liquid storage tank 10.
  • the rod 13 is pressed down to cause the pusher 31 to be opened to discharge the gas and enter the airbag body 33 along the hose 322 to reach the inflated state of the airbag body 33, thereby pushing the propulsion unit 30 upward by generating a buoyancy force.
  • the floating can provide the power of the chain 22 to move upward, and at the same time form an equilibrium state with the sinking end of the chain 22 to achieve the continuous rotation state of the chain 22.
  • the propelling unit 30 gradually rises to float the liquid 11 and enters the sinking end of the chain 22 through the interlocking toothed disc 21, please refer to FIGS. 4, 5, 6, and 7 at the same time, and then the feeling is first passed.
  • the pull handle 321 is pushed down by the toggle lever 15 to cause the pusher 31 to be in a closed state, whereby when the push unit 30 is immersed in the liquid 11 from the sinking end, the bag mouth of the air bag body 33 is Upward, the air inside the airbag body 33 can be effectively squeezed out by the pressure of the liquid 11, and the chain 22 can be surely circulated.
  • the chain 22 can be effectively and surely moved and the interlocking toothed disc 21 is actuated, so that the linked toothed disc 21 of the generator set 20 is continuously driven by the chain 22 to generate electric energy, thereby generating electricity.
  • the unit 20 is continuously powered throughout.
  • the pushing member 31 of the propulsion unit 30 can be a chemical agent, and the chemical agent is released and burned by the trigger of the pulling handle 321 , and is driven into the air bag body 33 along the hose 322 to provide the liquid 11 .
  • a propulsion power can effectively actuate the chain 22 to achieve the effect of the interlocking gear 21 to generate electricity.
  • a side wall of the liquid storage tank 10 has a replacement unit 16 higher than the liquid. Please refer to FIGS. 8 and 9 for the replacement unit 16 to be in a telescopic clamping state when the contents of the pushing member are exhausted.
  • the pusher 31 can be removed from the bracket 32 by the replacement unit 16, and a brand new pusher 31 can be embedded in the bracket 32 to achieve replacement of the pusher 31.
  • the propulsion unit 30 reaches the inflated state of the airbag body 33 by the pusher 31, and when the propulsion unit 30 is located at the rising end of the chain 22, the airbag is utilized.
  • the buoyancy generated by the bag body 33 floats upward, thereby pulling the chain 22 and driving the interlocking toothed disc 21 to surely generate electric energy for the generator set 20 to be generated without interruption, thereby achieving power generation through a simple structure, and greatly reducing manufacturing and processing.
  • the cost and process of assembly can also reduce the container volume and reduce the space occupancy for effective use.

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Other Liquid Machine Or Engine Such As Wave Power Use (AREA)

Abstract

一种浮力发电的装置，包括储液槽（10），配置在储液槽（10）上方的发电机组（20）和一个以上的推进单元（30）。推进单元（30）利用推进件（31）为气囊袋体（33）充气。当推进单元（30）位于链条（22）的上升端时，利用气囊袋体（33）产生的浮力而往上浮动，牵动链条（22）并且带动连动齿盘（12），使得发电机组产生电能。该装置的结构简单，成本低，便于加工和组装。而且，该装置的容器的体积小，占用空间小，具有较高的空间的利用率。

Description

浮力发电的装置 技术领域
本发明有关于一种发电装置，尤指一种浮力发电的装置。
背景技术
电能，是现今社会不可或缺的能源之一，举凡所有与人类息息相关的物品，如：计算机、手机、电视、电灯等各式样家电皆需要靠电能才能作用，随着科技进步越来越快速，各种依赖电能作动的物品亦因应而生。现今大部分电能是依赖火力发电，其是利用燃烧煤、石油、天然气等燃料所产生的热能转化成机械能，机械能再经由发电机转化为电能供人类使用，然，该等燃料因为资源有限，且长久以来经人类使用已所剩无几，世界上各国家无不为此问题烦恼，其中更有些国家为了抢夺该等燃料而大动干戈。因此，各式样的发电系统，如：火力、风力、水力、核能、太阳能发电系统中各所属领域技艺人士无不苦心钻研，以期创造出一种无可取代、安全、节省费用、永续供应的电能供给系统。
技术问题
本发明所欲解决的技术问题在于针对现有技术存在的上述缺失，提供一种浮力发电的装置。
技术解决方案
本发明提供的一种浮力发电的装置，其包含：一储液槽、一配置于储液槽上方的发电机组以及一个以上推进单元，该储液槽容设有液体，并于储液槽底部设有一被动齿盘，且储液槽邻近被动齿盘的侧壁固设一拨杆，更于储液槽上端高于发电机组设有感测件，以及一受感测件连动的拨动杆，该发电机组内部设有一发电模块，并于储液槽上端高于液体凸设一连动齿盘与发电模块连接传动，再提供一链条圈绕于连动齿盘及被动齿盘间形成连动，一个以上推进单元依序安装于链条外周，该一个以上推进单元皆具有一安装推进件的支架以及一固设气囊袋体的夹持架，该支架设有一控制推进件的启闭的拉柄以达到控制推进件的启闭，该支架还设有一传输推进件的排放物的软管以达到推进件的排放物的传输，而该夹持架夹设一袋口朝向支架的气囊袋体，该软管伸入袋口至气囊袋体内，达到推进件排放物的容置。借由上述结构，以构成一种浮力发电的装置。
优选地，推进单元的推进件为一种高压气瓶，通过拉柄的开启将气体沿着软管打入气囊袋体内，进而于液体内提供一推进动力。
优选地，推进单元的推进件为一种化学药剂，通过拉柄的触发将化学药剂释放燃烧，并沿着软管打入气囊袋体内，进而于液体内提供一推进动力。
优选地，储液槽的一侧壁高于液体具有一替换单元，提供推进件的替换。
有益效果
对照先前技术的功效：对照先前技术的功效：(一)、该些推进单元通过推进件达到气囊袋体的充气状态，当推进单元位于链条的上升端时，利用气囊袋体所产生的浮力而往上浮动，进而牵动链条并带动连动齿盘确实达到发电机组永不间断的产生电能，借此通过简单的结构能达到发电，大幅降低制造、加工及组装方面的成本及工序，亦能缩减容器体积、降低空间占用率，以达有效利用。
(二)、再者，当推进单元上升通过连动齿盘时，则会先受到感测件感知后利用拨动杆将拉杆复位形成推进件的关闭状态，且当气囊袋体逐渐浸入液体时，由于袋口形成朝上状态而能将气体通过液体压力而排出，避免气囊袋体内部残留空气而影响链条的平衡掣动状态，有效防止动力被抵消，提升推进单元动力推送的效率，令链条能持续地被牵动，进而达到发电机组的永续供电。
附图说明
图1为本发明的示意图。
图2为本发明的推进件的拉柄受拨杆拨动开启的示意图。
图3为本发明的推进件将气体通过软管打入气囊袋体的示意图。
图4为本发明的推进件通过连动齿盘21受到感测件感应的示意图。
图5为本发明的推进件的拉柄受拨动杆拨动关闭的示意图。
图6为本发明的气囊袋体欲浸入液体的示意图。
图7为本发明的气囊袋体浸入液体内并将空气排出的示意图。
图8为本发明通过替换单元将耗尽的推进件由支架取下的示意图。
图9为本发明通过替换单元将推进件嵌入支架的示意图。
符号说明
10  储液槽；
11  液体；
12  被动齿盘；
13  拨杆；
14  感测件；
15  拨动杆；
16  替换单元；
20  发电机组；
21  连动齿盘；
22  链条；
30  推进单元；
31  推进件；
32  支架；
321 拉柄；
322 软管；
33  气囊袋体；
34  夹持架。
本发明的实施方式
下面结合附图和具体实施例对本发明作进一步说明，以使本领域的技术人员可以更好的理解本发明并能予以实施，但所举实施例不作为对本发明的限定。
首先，先请参阅图1所示，本发明的一种浮力发电的装置，其包含：一储液槽10、一配置于储液槽10上方的发电机组20以及一个以上推进单元30，该储液槽10容设有液体11，并于储液槽10底部设有一被动齿盘12，且储液槽10邻近被动齿盘12的侧壁固设一拨杆13，更于储液槽10上端高于发电机组20设有感测件14，以及一受感测件14连动的拨动杆15，该发电机组20内部设有一发电模块(图未表示)，并于储液槽10上端高于液体11凸设一连动齿盘21与发电模块连接传动，再提供一链条22圈绕于连动齿盘21及被动齿盘12间形成连动，一个以上推进单元30依序安装于链条22外周，该些推进单元30皆具有一安装推进件31的支架32以及一固设气囊袋体33的夹持架34，该些支架32均邻近夹持架34，并设有一拉柄321达到推进件31的启闭，更是通过一软管322达到推进件31的排放物的传输，而该些夹持架34皆夹设一袋口朝向支架32的气囊袋体33，并由袋口提供软管322伸入至气囊袋体33内，达到推进件31排放物的容置，其中，该推进件31为一种高压气瓶，通过拉柄321的开启将气体沿着软管322打入气囊袋体33内，进而使推进单元30于液体11内得以提供一推进动力。
本发明的结构的组成暨实际使用的状态，再请参阅图1配合图2、3所示，该些推进单元30依序安装于链条22外周，由于链条22环设于连动齿盘21以及被动齿盘12间，使得链条22具有下沉端以及上升端，使得该些推进单元30于链条22的下沉端时，该推进件31位于气囊袋体33的上方，并使气囊袋体33的袋口形成朝上状态，反之，该推进单元30通过被动齿盘12进入上升端时，其推进件31则位于气囊袋体33的下方，更将气囊袋体33的袋口形成朝下状态，综上所述，当推进单元30通过连动齿盘21浸入储液槽10的液体时，该推进件31形成关闭状态，并通过推进件31自身重量往下沉，进而带动链条22于连动齿盘21以及被动齿盘12间转动，而当推进单元30通过被动齿盘12而进入链条22的上升端时，该支架32的拉柄321会受到储液槽10一侧的拨 杆13下压掣动，使推进件31被开启而将气体排出并沿着软管322进入气囊袋体33内，达到气囊袋体33的充气状态，进而通过产生一浮力将推进单元30往上浮动，能提供链条22往上位移的动力，同时与链条22的下沉端形成平衡状态，达到链条22永续的转动状态。
再者，当推进单元30逐渐上升而浮出液体11并通过连动齿盘21进入链条22的下沉端时，再请同时参阅图4、5、6、7所示，则会先经过感测件14感知后，再通过拨动杆15往下拨动拉柄321使推进件31形成关闭状态，借此当推进单元30由下沉端浸入液体11时，由于气囊袋体33的袋口朝上，能有效将气囊袋体33内部的空气通过液体11压力逐渐被挤出，进而确实达到链条22循环作动。
依循上述结构所产生的浮力，能有效且确实的牵动链条22并达到连动齿盘21的作动，使发电机组20的连动齿盘21受到链条22持续的带动而产生电能，进而达到发电机组20不间断地全程供电状态。
更者，该推进单元30的推进件31可为一种化学药剂，通过拉柄321的触发将化学药剂释放燃烧，并沿着软管322打入气囊袋体33内，进而于液体11内提供一推进动力，能有效牵动链条22作动，达到连动齿盘21作动发电的效果。
又该储液槽10的一侧壁高于液体具有一替换单元16，请配合参阅第8、9图所示，该替换单元16具伸缩的夹放状态，当推进件的内容物耗尽时，能通过替换单元16将推进件31由支架32取下，再将一全新的推进件31嵌入支架32上，达到推进件31的替换。
借上述具体实施例的结构，可得到下述的效益：(一)该些推进单元30通过推进件31达到气囊袋体33的充气状态，当推进单元30位于链条22的上升端时，利用气囊袋体33所产生的浮力而往上浮动，进而牵动链条22并带动连动齿盘21确实达到发电机组20永不间断的产生电能，借此通过简单的结构能达到发电，大幅降低制造、加工及组装方面的成本及工序，亦能缩减容器体积、降低空间占用率，以达有效利用。
(二)再者，当推进单元30上升通过连动齿盘21时，则会先受到感测件14感知后利用拨动杆15将拉柄321复位形成推进件31的关闭状态，且当气囊袋体33逐渐浸入液体11时，由于袋口形成朝上状态而能将气体通过液体11压力而排出，避免气囊袋体33内部残留空气而影响链条22的平衡掣动状态，有效防止动力被抵消，提升推进单元30动力推送的效率，令链条22能持续地被牵动，进而达到发电机组20的永续供电。
以上所述实施例仅是为充分说明本发明而所举的较佳的实施例，本发明的保护范围不限于此。本技术领域的技术人员在本发明基础上所作的等同替代或变换，均在本发明的保护范围之内。本发明的保护范围以权利要求书为准。

Claims (4)

  1. 一种浮力发电的装置，其特征在于，包含：一储液槽、一配置于储液槽上方的发电机组以及一个以上推进单元，该储液槽容设有液体，并于储液槽底部设有一被动齿盘，且储液槽邻近被动齿盘的侧壁固设一拨杆，更于储液槽上端高于发电机组设有感测件，以及一受感测件连动的拨动杆，该发电机组内部设有一发电模块，并于储液槽上端高于液体凸设一连动齿盘与发电模块连接传动，再提供一链条圈绕于连动齿盘及被动齿盘间形成连动，一个以上推进单元依序安装于链条外周，该一个以上推进单元皆具有一安装推进件的支架以及一固设气囊袋体的夹持架，该支架设有一控制推进件的启闭的拉柄，该支架还设有一传输推进件的排放物的软管，而该夹持架夹设一袋口朝向支架的气囊袋体，该软管伸入袋口至气囊袋体内，达到推进件排放物的容置。
  2. 根据权利要求1所述的浮力发电的装置，其特征在于，推进单元的推进件为一种高压气瓶，通过拉柄的开启将气体沿着软管打入气囊袋体内，进而于液体内提供一推进动力。
  3. 根据权利要求1所述的浮力发电的装置，其特征在于，推进单元的推进件为一种化学药剂，通过拉柄的触发将化学药剂释放燃烧，并沿着软管打入气囊袋体内，进而于液体内提供一推进动力。
  4. 根据权利要求1～3任一项所述的浮力发电的装置，其特征在于，储液槽的一侧壁高于液体具有一替换单元，提供推进件的替换。
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